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LACC Vision & Mission Statements As Approved By - Los Angeles ...

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LOS ANGELES CITY COLLEGE 80TH ANNIVERSARY CATALOG 2008-2009<br />

Electronics 156 ........................................................................................ 4<br />

Electronics 81 .......................................................................................... 1<br />

Electronics 82 .......................................................................................... 1<br />

Electronics 87 .......................................................................................... 1<br />

Electronics 95 .......................................................................................... 2<br />

Total Units ............................................................................................. 38<br />

COURSE DESCRIPTIONS<br />

NOTE: Not every class is offered each semester. Refer to the current class<br />

schedule for current class offerings.<br />

PREREQUISITES: Specified prerequisites must be completed with a satisfactory<br />

grade or equivalent.<br />

ELECTRONICS 2<br />

Introduction to Electronics and Computer Technology<br />

3 UNITS - (CSU)<br />

Lecture 1 hour. Laboratory 3 hours.<br />

An exploratory course for students interested in electronics and computer<br />

technology which will and computer technology, which will cover the following<br />

topics: careers in electronics, computer technology, circuits, and assembly<br />

techniques, including soldering testing and troubleshooting. Students<br />

will build a useful electronic product.<br />

ELECTRONICS 4<br />

Fundamentals of Electronics I<br />

4 UNITS - (CSU)<br />

Co-requisite: Electronics 10.<br />

Advisory: English 21/73 or equivalent.<br />

Lecture 3 hours. Laboratory 3 hours.<br />

This course presents the concepts of direct current circuits, including the<br />

basics of electricity, series parallel circuits, meters, batteries, resistors, and<br />

magnetism. The laboratory emphasizes the development of skills in the analysis<br />

of circuits and the use of test equipment.<br />

ELECTRONICS 6<br />

Fundamentals of Electronics II<br />

4 UNITS - (CSU)<br />

Prerequisite: Electronics 4 with satisfactory grade or better or equivalent.<br />

Co-requisite: Electronics 12.<br />

Lecture 3 hours. Laboratory 3 hours.<br />

This course gives a detailed study of alternating current theory and applications.<br />

The topics include reactance, impedance, resonance, transformers, coupling,<br />

filters, bandpass and time constants. The laboratory emphasizes skills in<br />

the use of test equipment in AC circuits.<br />

ELECTRONICS 8<br />

Electron Devices<br />

4 UNITS - (CSU)<br />

Prerequisite: Electronics 4 with satisfactory grade or better or equivalent.<br />

Lecture 3 hours. Laboratory 3 hours.<br />

Presents the nature and operation of solid-state devices including diodes,<br />

transistors, and field effect devices. Includes simple circuit applications.<br />

ELECTRONICS 10<br />

Mathematics of Electronics I<br />

3 UNITS - (CSU)<br />

Lecture 3 hours.<br />

Introduces method and techniques for the solution of basic DC circuit problems.<br />

Includes the study of algebraic operations, simple linear equations,<br />

algebraic fractions, ratio and percent, graphing, and use of the electronic<br />

calculator.<br />

- 107 -<br />

ELECTRONICS 12<br />

Mathematics of Electronics II<br />

3 UNITS - (CSU)<br />

Perquisite: Electronics 10 with satisfactory grade or better or equivalent.<br />

Lecture 3 hours.<br />

This course develops a proficiency in the use of algebra, trigonometry, complex<br />

numbers, logarithms and determinants, as needed in electronics calculations.<br />

The techniques of network solutions are emphasized including<br />

Kirchhoff’s and Ohm’s laws, Thevenin’s and Norton’s theorems.<br />

ELECTRONICS 20<br />

Electronics Circuits I<br />

4 UNITS – (CSU)<br />

Prerequisite: Electronics 6 and 8 with satisfactory grades or better or<br />

equivalent<br />

Lecture 3 hours. Laboratory 3 hours.<br />

Applications of electronic devices such as diodes, junction and field effect<br />

transistors, and silicon controlled rectifiers to signal and power amplifiers,<br />

multistage amplifiers, differential amplifiers, and special functions. Circuit<br />

analysis problems are solved in the laboratory and using computer simulations.<br />

ELECTRONICS 22<br />

Electronics Circuits II<br />

4 UNITS – (CSU)<br />

Prerequisite: Electronics 6 and 8 with satisfactory grades or equivalent<br />

Lecture 3 hours. Laboratory 3 hours.<br />

Introduces the concepts of electronics systems by examining details of AM<br />

and FM radio communications, circuits, and theory. Includes radio frequency<br />

propagation, transmission line theory, antenna theory, and generation and<br />

detection of radio waves. The techniques of scientific trouble shooting are<br />

included.<br />

ELECTRONICS 24<br />

Electronics Circuits III<br />

4 UNITS – (CSU)<br />

Prerequisite: Electronics 20 and 22 with satisfactory grades or better or<br />

equivalent.<br />

Lecture 3 hours. Laboratory 3 hours.<br />

Extends the study of the systems concept into more sophisticated electronics,<br />

including video and television systems. Includes transmission and broadcast<br />

of television signals, and digital-analog hybrid systems for audio and<br />

video processing and display. The laboratory emphasizes analysis and trouble<br />

shooting with the oscilloscope.<br />

ELECTRONICS 48<br />

Integrated Circuits<br />

4 UNITS – (CSU)<br />

Prerequisite: Electronics 20 with a satisfactory grade or equivalent<br />

Lecture 3 hours. Laboratory 3 hours.<br />

Applications of the integrated circuit operational amplifier such as amplifiers,<br />

active filters, and oscillators. Includes analog-digital and digital-analog<br />

conversion, digital-analog systems integration, and use of operational amplifiers<br />

in robotics and environmental sensing.<br />

ELECTRONICS 81<br />

Projects Laboratory<br />

1 UNIT – (RPT 3) (A)<br />

Course designed to give electronics and computer technology students experience<br />

in the following techniques: Identification of devices and components,<br />

soldering and desoldering, printed circuit assembling, electronics drafting,<br />

and chassis fabrication.

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